The user can create a marker by the following procedure.
• Body, Point
• Body: Selects a body to define the parent body of the marker.
• Point: Selects a point to define the position of the marker. The orientation of the marker is same with the working plane.
• Body, Point, Point
• Body: Selects a body to define the parent body of the marker.
• Point: Selects a first point to define the position of the marker.
• Point: Selects a second point to define the position of the marker. The marker is created at the center between two points.
• Body, Point, Direction, Direction
• Body: Selects a body to define the parent body of the marker.
• Point: Selects a point to define the position of the marker.
• Direction: Defines a direction of z-axis of the marker.
• Direction: Defines a direction of x-axis of the marker.
• Point
• Point: Selects a point on a body to define the position of the marker. The orientation of marker is same with the working plane.
• Point, Direction, Direction
• Point: Selects a point on a body.
• Direction: Defines a direction of z-axis of the marker.
• Direction: Defines a direction of x-axis of the marker.
• Body, Curve, WithDialog
• Body: Selects a body to define the parent body of the marker.
• Curve: Selects a curve. And then the N division points of the selected curve are displayed with the Create Marker dialog box.
• WithDialog: Selects points to create markers in the Create Marker dialog box. And then the markers will be created by clicking OK.
Figure 1 Create Marker dialog box
o Number of Points: Inputs the value for division.
o Create: Checks the check boxes in the Create column and clicks OK.
o Align Normal Vector: If this option is checked, in order to make the Z axis of generating markers align to the normal direction of the selected curve, the orientation of the makers will be changed.
• Body, Solid(Surface, Curve), Solid(Surface, Curve), Predefined Point
• Body: Select a body to define the parent body of the marker.
• Solid(Surface, Curve): Select a solid, surface, or curve geometry to find intersection points.
• Solid(Surface, Curve): Select a solid, surface, or curve geometry to find intersection points. And then the user can see intersection points between two geometries on Working Window.
• Predefined Point: Select a point among the displayed intersection points on Working Window.